I look like boat's top view I am sensitive I was often painted around the edges I am the one who gets beaten most probably on a fight My name is used by a company to revolutionize their industry Make me wet and i will never see you again If you find anything difficul...

I imagine a lot and sometimes I overlook the reality. So here goes the riddle. Who can be bigger than the universe, and yet Who can be contained in a atom. Who can be as sweet as honey, and yet Who can be as sour as lemon. Who can be as almighty as the God, and yet w...

Let me tell you a story, all about me. I started triumphantly, showing signs of victory. Though the nameless masses of Internet troublemakers identified with me at first, and even here a recent post has accused me of initially supporting a blood feud, remember — I'm not a crook. When I think...

This is my riddle for you, to solve it you need to decipher the letters to digits: j m b k + n h s m --------- n h b m t the following rules must apply: a number can not start with the digit 0 each letter is a unique digit which letter represent which digit?

Decode my message! https://repl.it/‮01001001010011000110110001011000 Hint:

I am author of enigmes, and I propose one, here it is a calculation made difficult due to the sizes of the numbers use : $$(X^{2^{2^{2017}}} \mod (X^3+2X+1))\mod (2^{89}-1)=\text{ ?}$$

I am author of enigmes, and I propose one : Let $p$ a prime integer, and $G$ a group of order $2^p-1$. Do we have $G$ abelian?